CN111459081A - An intelligent analytical gesture recognition controller - Google Patents

Abstract

The invention discloses an intelligent analysis type gesture recognition controller which comprises an outer shell, a controller module, a gesture recognition module and a touch induction module, wherein the controller module is arranged in the outer shell; the controller module integrates a power conversion unit, a touch signal processor, a driving unit and a microprocessor; the power supply conversion unit is connected with an external power supply to supply power to the controller module; the gesture recognition module captures a gesture motion track signal and sends the gesture motion track signal to the microprocessor, and the microprocessor drives the product to execute corresponding motion through the driving unit; the touch sensing module is used for acquiring touch signals and sending the touch signals to the touch signal processor, the touch signal processor processes the touch signals and then sends the touch signals to the microprocessor, and the microprocessor drives the product to execute corresponding actions through the driving unit. The intelligent single control or group control of various products can be realized only by touching or separating gesture actions.

Description

An intelligent analytical gesture recognition controller

technical field

The present invention relates to the technical field of controllers, in particular to an intelligent analysis type gesture recognition controller, which can be applied to switch, brightness adjustment or color temperature adjustment control of LED lamps, and telescopic control of sun umbrellas or sunshades, curtains, drying racks, etc. And heater switch, temperature control and so on.

Background technique

With the advancement of home intelligence, energy saving, networking and the diversification of control appliances, there are higher requirements for the operation mode of electronic products. The traditional use of traditional mechanical switches can no longer meet the needs of the current market.

In the prior art, the most widely used controllers with switches all use push-type mechanical tact switches. The mechanical switches need to be pressed by hand to realize switch control, so non-contact control and human-computer interaction cannot be realized. There is a risk of spreading viruses by touching or pressing buttons in an elevator. Therefore, there are new health-based requirements for close-range control switch technology. At the same time, due to the influence of the material and production process of mechanical switches, plus artificial Repeated operation, the service life is short; moreover, the traditional mechanical switch cannot meet the waterproof performance under outdoor conditions.

In the usual smart switches or controllers with switches, the wireless remote control is more common. According to market feedback, each electronic product may have its own independent remote control, which cannot be compatible. Laizhi, the problem of finding the remote control often occurs. Once the user cannot find it, they need to purchase a learning remote control. However, if you do not have certain professional knowledge, it is difficult to operate successfully.

In the past 10 years, many faucets and toilets used in public places have adopted infrared induction, which has indeed brought great convenience. However, this technology is only a single switch function based on the principle of infrared reflection, and cannot complete the slightest amount of light emitted by the human body. complex action commands.

Recently, with the popularization of artificial intelligence, some electronic products have also begun to use AI voice control, but this control method requires access to the Internet to recognize and translate the voice used by the user, and then execute the instructions, but it is necessary for our pronunciation. Based on a certain standard, for example, non-standard Mandarin may not be able to wake up the command that the user needs to execute. According to the "Handbook of Linguistics and Language Communication Tools" published in Germany, it provides more specific figures: there are 5,561 languages in the world. When such a huge language needs to be quickly recognized, the requirements for language databases and transmission equipment are very high, and users are required to continuously Pay the fee.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide an intelligent analysis type gesture recognition controller, which can perform single control or group control of the supported products based on the human gesture running action or touch sensing of the posture, and has the advantages of simple use, long life, energy saving and other advantages. The contact operation method is more in line with the concept of health and hygiene.

In order to achieve the above object, a technical scheme adopted by the present invention is: a kind of intelligent analysis type gesture recognition controller is provided, including:

Outer casing: used to install the controller module;

Controller module: integrates a power conversion unit, a drive unit and a micro-processing unit, the micro-processing unit stores the control parameters and operating programs of the controlled product, and the drive unit is used to connect the controlled product and drive it to execute the corresponding an instruction; the power conversion unit includes an input power interface and a power conversion circuit, the input power interface is used to connect an external power source, and the power conversion circuit converts the external power source and supplies power to the controller module;

Gesture recognition module: including a gesture signal sensing unit and a gesture signal processing unit, the gesture signal sensing unit captures the gesture motion running track signal and transmits it to the gesture signal processing unit, and the gesture signal processing unit converts the gesture motion running track After the signal is converted into a corresponding command, it is sent to the micro-processing unit, and the micro-processing unit drives the controlled product to perform the corresponding action through the driving unit;

Touch sensing module: including a touch signal sensing unit, a touch signal transmission unit and a touch sensing signal processing unit, the touch signal sensing unit receives a touch signal and sends it to the touch sensing signal processing unit through the touch signal transmission unit, the touch sensing signal processing unit The touch sensing signal processing unit converts the touch signal into a corresponding command and sends it to the micro-processing unit, and the micro-processing unit drives the controlled product to perform corresponding actions through the driving unit.

Further, it also includes a power switch, which is used to control the internal power supply of the controller module; the power switch is provided with three control modes of on, off and sleep, respectively controlling the controller module and the external power supply The connection, shutdown and operation of the controller module with low power consumption.

Further, the touch signal sensing unit includes a plurality of function sensing buttons: each function sensing button corresponds to a control instruction corresponding to the controlled product, and the touch signal transmission unit includes a function that is respectively connected to each of the function sensing buttons. After receiving the touch signal, the function-sensing button sends it to the touch-sensing signal processing unit through the touch-sensing spring, and the touch-sensing signal processing unit processes the touch signal and sends it to the touch-sensing signal processing unit. A micro-processing unit, the micro-processing unit then drives the controlled product to perform corresponding actions through the driving unit.

Further, it also includes a working mode switching module, the working mode switching module includes a switching switch, the micro-processing unit stores an automatic running program of the controlled product, and the switching switch receives a trigger signal to the micro-processing unit. The unit sends a working mode switching instruction, and after receiving the working mode switching instruction, the micro-processing unit turns off the gesture recognition module and the gesture recognition module, and drives the controlled product through the drive unit to run the program automatically. run.

Further, the working mode switching module includes a magnetic sensor integrated in the controller module, the switching switch includes a magnetic element detachably mounted on the outer casing, and the magnetic sensor receives the magnetic element After the trigger signal is generated, a working mode switching instruction is sent to the micro-processing unit, and the micro-processing unit drives the controlled product to run according to the automatic running program through the driving unit.

Further, a time threshold is preset in the micro-processing unit, and when the micro-processing unit does not receive a gesture motion running track signal or a touch signal within the time threshold, the micro-processing unit sends a message to the gesture recognition module. , The touch sensing module and the driving unit send a sleep instruction, and the gesture recognition module, the touch sensing module and the driving unit operate in a low power consumption mode.

Further, the gesture recognition module includes an integrated optical lens and a built-in chip, two-way communication is set up between the built-in chip and the micro-processing unit through the I2C bus, and the optical lens captures the gesture movement running track signal and transmits it. To the built-in chip, the built-in chip converts the gesture motion running track signal and transmits it to the micro-processing unit through the I2C bus.

Further, the outer casing includes a controller face cover and a controller bottom cover, a plurality of the function sensing buttons are installed on the controller face cover, and the controller bottom cover is used to install the controller module and fix the controller face cover.

An intelligent analysis type gesture recognition controller, the controller is connected with an LED lamp and a motor for driving control, and the controller comprises a controller face cover, a controller main board and a controller bottom cover;

The controller mainboard integrates a power conversion module, a gesture recognition sensor module, a touch sensing signal processor, a drive circuit, and a CPU microprocessor; the power conversion module includes an input power interface and an AC/DC power conversion circuit; the CPU The control parameters and operation programs of the LED lamps and the motor are respectively stored in the microprocessor; the input power interface is used to connect an external power source, and the AC/DC power conversion circuit converts the external power source to realize the The power supply of the controller motherboard, the external power supply can be AC or DC non-polar power supply; the drive circuit includes an LED lamp drive circuit and a motor drive circuit, which are respectively connected to the LED lamp and the motor for drive control;

The controller face cover is provided with a plurality of function induction buttons, the function induction buttons include LED lamp power control buttons, motor power control buttons and mode adjustment function buttons, the function induction buttons are connected to the control through a touch induction spring mainboard;

The controller bottom cover is used for installing the controller main board and fixing the controller face cover;

The function sensing button collects touch signals, and sends the sensed touch signals to the touch sensing signal processor through the touch sensing spring, and the touch sensing signal processor converts the touch signals into corresponding electrical signals and transmits them to all The CPU microprocessor, the CPU microprocessor then sends corresponding instructions to the drive circuit, and controls the LED lamps or the motor to perform corresponding actions through the drive circuit;

The gesture recognition sensor module includes an integrated optical lens and a built-in chip, the built-in chip sets up two-way communication with the CPU microprocessor through the I2C bus, and the optical lens captures the gesture movement running track signal and transmits it to the The built-in chip, the built-in chip converts the captured gesture motion trajectory signal and sends it to the CPU microprocessor through the I2C bus, and the CPU microprocessor sends corresponding instructions to the drive circuit through the I2C bus. The driving circuit controls the LED lamps to perform corresponding actions; the gesture recognition sensor module is connected to peripheral components, and the peripheral components include a filter lens, and the filter lens is used to filter out the gesture recognition sensor module. Light wave interference in the environment.

Further, a photosensitive sensor and a magnetic sensor are also integrated on the main board of the controller; a magnetic silica gel shell is arranged on the outer side of the bottom cover of the controller, and a magnetic element is detachably installed on the magnetic silica gel shell, and the magnetic After the sensor senses the magnetic signal of the magnetic element, it sends a working mode switching instruction to the CPU microprocessor, and the CPU microprocessor closes the gesture recognition sensor module and the function sensing module after receiving the working mode switching instruction. The button and the touch-sensing signal processor, and according to the ambient light intensity signal collected by the light-sensitive sensor, through the drive circuit to control the LED lamps to automatically turn on, turn off, adjust the brightness and change the color temperature; the CPU microprocessor A time threshold is stored in the CPU, and the CPU microprocessor does not receive a touch sensing signal or a gesture motion running track signal within the time threshold, and transmits a sleep signal to the gesture recognition sensor module and the touch sensing signal processor. and the drive circuit, the gesture recognition sensor module, the touch sensing signal processor and the drive circuit operate in a low power consumption mode.

The beneficial effects of the present invention are as follows: 1. Only touch or gesture actions are needed to complete the control of the product, which overcomes the short service life of the mechanical controller in the prior art, saves costs, and reduces waste of resources; The problem of incompatibility of multiple controllers in the use of the non-contact remote controller can realize single control and group control of the supported products; overcome the problem of AI voice intelligent controller in processing voice commands, and easily surpass the language Restrictions, various instructions can be completed without networking, users do not need to pay extra fees, and do not need to access the network, so there is no network security problem; 2. There are two working modes: automatic mode and manual mode, which can intelligently order different products. 3. The gesture recognition of this application is based on a chip-based processor (optical lens + built-in chip), which captures the running track signal of the gesture movement in the air and outputs it to the microprocessor through the I2C bus data. The distance between the controller panels is 30-50CM, and the sensitivity is extremely high; these gesture signals can be easily connected to the i2c bus, and then through the software, together with the CPU microprocessor and the back-end drive circuit, various control instructions can be completed, which can achieve simple Single control, group control, etc.; this gesture recognition is completely different from the traditional touch-sensitive touch sensing, such as the touch sliding dimming on the remote control of desk lamps and remote control lamps, and is also different from the traditional infrared radiation principle (infrared emission tube + infrared When the product is in standby state, the transmitter tube emits infrared rays and the receiver tube can receive the infrared light normally. When a human hand or a non-transparent object approaches, the infrared receiver tube can be blocked from receiving normally. Infrared light, and then trigger the output of a high and low level change, it is impossible to make complex judgments on the running trajectory of the gesture. For example, the induction faucet of the washbasin in public places, the automatic induction of water in front of the urinal in the men's toilet, the induction of the hand sanitizer machine, etc. are all based on the principle of infrared; 4. Wide applicability, supporting traditional incandescent lamps and various LED lamps , Intelligent control of heaters, fans, air conditioners, awnings, parasols, curtains, retractable hangers and other products.

Description of drawings

1 is a schematic structural diagram of a preferred embodiment of the present invention;

FIG. 2 is a control flow chart of an embodiment of the present invention.

Detailed ways

The preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings, so that the advantages and characteristics of the present invention can be more easily understood by those skilled in the art, so that the protection scope of the present invention is more clearly defined.

Please refer to Figure 1, an intelligent analysis gesture recognition controller for LED lamps and awnings, the controller is connected to the motors of the LED lamps and awnings, and is used to control the lighting of the LED lamps and the expansion and contraction of the awnings . Including: a controller shell and a controller main board (5), the controller shell includes a controller surface cover (2) and a controller bottom cover (6), and a special card position is arranged in the controller bottom cover (6) for fixing the Describe the controller main board (5).

The controller mainboard (5) integrates an input power interface, an AC/DC non-polar power conversion circuit, an anti-interference circuit, a lightning protection circuit, a gesture recognition sensor module, a touch sensing signal processor (11), a photosensitive sensor, and a magnetic sensor , a drive circuit (9) and a CPU microprocessor (10); a plurality of input and output ports (7) are provided on the bottom cover of the controller (6) for connecting external input and external output; the input power interface is connected to an external power supply, and the external The power supply is converted by the AC/DC non-polar power conversion circuit to supply power to the controller main board (5), and the external power supply can be AC or DC non-polar income; the driving circuit (9) includes an LED lamp driving circuit and a motor driving circuit, which are respectively connected to the The motors of the controlled LED lamps and awnings are used to drive them to perform corresponding actions according to the instructions.

The controller face cover (2) is provided with six touch-sensitive buttons and a filter lens (1) is installed. The six touch-sensitive buttons are button U (14a), button D (14b), button L (14c), button R (14d), light icon button (14e) and button M (14f), among which button U (14a) , button D (14b), button L (14c), button R (14d) are used to adjust and control the parameters of the light of the LED lamp or the motor of the awning, such as the color temperature and brightness of the LED light; or the speed of the motor speed , Forward and reverse control, etc. The two-way drive circuits share the above: button U (14a), button D (14b), button L (14c), button R (14d) function keys for mode adjustment control. The lamp icon button (14e) is used to wake up and turn off the light of the LED lamps. When the icon button (14e) receives a touch signal, the button U (14a), button D (14b), button L (14c), button R ( 14d) is used for mode adjustment and control of the LED light; the button M (14f) is used for the wake-up and shutdown control of the motor. After the button M (14f) receives the touch signal, the button U (14a) and the button D (14b) , button L (14c), button R (14d) are used for mode adjustment and control of the motor.

The CPU microprocessor (10) has a built-in memory, which stores the control parameters and operation programs of the controlled LED lamps and motors.

The gesture recognition sensor module includes an integrated optical lens (4) and a built-in chip (3). The built-in chip (3) sets up a two-way communication connection with the CPU microprocessor through the I2C bus, and the optical lens (4) captures the running track of the gesture movement. The signal is transmitted to the built-in chip (3), and the built-in chip (3) converts the gesture running track signal into a special code and transmits it to the CPU microprocessor (10) through the I2C bus, and the CPU microprocessor (10) passes the driving circuit according to the instruction. (9) Control the LED lamps/motors to perform corresponding actions; the filter lens (1) is installed on the outer side of the optical lens (4) to filter out stray light interference in the environment and improve the accuracy of gesture recognition.

The built-in chip (3) integrates the gesture recognition function with the I2C interface, it can recognize 10 kinds of gestures, including move left, move right, move up, move down, move forward, move backward, and move clockwise It can be used to turn on and off the LED lights, increase the brightness, decrease the brightness, switch the color of the light, or control the retraction of the awning (motor), etc., respectively.

The six functional touch-sensing keys are respectively connected to the touch-sensing signal processor (11) through the touch spring (8). When a functional touch-sensing key receives a touch signal, it is transmitted to the touch-sensing signal processor (11) through the touch spring (8). ), the touch sensing signal processor (11) converts the received touch signal into a corresponding electrical signal and transmits it to the CPU microprocessor (10), which then controls the LED lamps through the drive circuit (9). Or the motor of the sunshade performs corresponding actions; in this embodiment, the light icon button (14e) corresponds to the wake-up and turn-off control of the LED lamp light, and switches back to the light control in the button M (14f) mode; the button M (14f) is used for Motor wakeup, shutdown control, switch back to light control in light icon button (14e) mode.

A. When the light icon button (14e) receives a touch signal, the controller is used to control the LED lamps, the button D (14b) controls the brightness of the LED lights to decrease, the button U (14a) controls the brightness of the LED lights to increase, the buttons R (14b) and Button L (14c) is used for LED light color switching (cold light/warm light increasing or decreasing). Specific functions can be completed by modifying the software according to user needs.

B. When the button M (14f) receives the touch signal, the controller is used to control the motor of the awning, the button D (14b) controls the folding (100-0%) of the awning, and the button U (14a) controls the awning open (0-100%), button R (14b) controls the incremental change of awning opening (eg 25%, 50%, 75%, 100%) and button L (14c) controls the decreasing change of awning closing amount (eg 100%, 75%, 50%, 25%). Specific functions can also be completed by modifying the software according to user needs.

The outer side of the bottom cover (6) of the controller is provided with a magnetic silicone case (12). When the magnet (13) is installed in the magnetic silicone case (12), the magnetic sensor receives the magnetic signal of the magnet (13) and processes it in the micro-CPU. After receiving the magnetic signal, the CPU microprocessor (10) turns off the gesture recognition sensor module and the touch-sensing signal processor (11), and controls the LED lamps to operate in an automatic mode; at this time, the photosensitive sensor collects the environment The light signal is sent to the CPU microprocessor (10), and the CPU microprocessor (10) controls the LED lamps to run automatically according to the collected ambient light signals. For example, during the day, the LED lamps are controlled to be turned off; in the evening, the LED lamps are controlled to be turned on. ; When the ambient light intensity is weak, control the LED lamps to increase the brightness; when the ambient light intensity is strong, control the LED lamps to reduce the brightness.

A time threshold is preset in the CPU microprocessor (10), and when the CPU microprocessor (10) does not receive a touch sensing signal or a gesture motion running track signal within the time threshold, the CPU microprocessor (10) transmits a sleep signal to the gesture recognition sensor module , Touch sensing signal processor and drive circuit, gesture recognition sensor module, touch sensing signal processor and drive circuit operate in low power consumption mode after receiving the sleep signal, making the whole controller more energy-saving.

Please refer to FIG. 2 , which is a control flowchart of an embodiment of the present invention.

The controller of this embodiment can be installed at any position in the room through adhesive, and the installation is simple and convenient. The controller shell is made of PC+ASA plastic, acrylic or stainless steel 304, which meets the test standards and requirements of laboratory UV500 hours (simulating outdoor for more than 5 years); the function keys 14 are made of hardened acrylic or 304 stainless steel for surface treatment, which meets the standard Simulated environmental test under laboratory conditions, the salt spray test lasts for 500 hours; the protection level meets the IP67 standard.

In this embodiment, the control of the product can be completed only by touch or gesture action in the space, and at the same time, automatic operation and group control can be realized by adding a magnet. Wide applicability, it can intelligently control traditional incandescent lamps, LED lamps, heaters, fans, air conditioners, awnings, parasols, curtains, retractable hangers and other products.

The above descriptions are only the embodiments of the present invention, and are not intended to limit the scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the description and drawings of the present invention, or directly or indirectly applied to other related technologies Fields are similarly included in the scope of patent protection of the present invention.

Claims (10)

1. an intelligent analysis type gesture recognition controller, is characterized in that, comprises: Outer casing: used to install the controller module; Controller module: integrates a power conversion unit, a drive unit and a micro-processing unit, the micro-processing unit stores the control parameters and operating programs of the controlled product, and the drive unit is used to connect the controlled product and drive it to execute the corresponding an instruction; the power conversion unit includes an input power interface and a power conversion circuit, the input power interface is used to connect an external power source, and the power conversion circuit converts the external power source and supplies power to the controller module; Gesture recognition module: including a gesture signal sensing unit and a gesture signal processing unit, the gesture signal sensing unit captures the gesture motion running track signal and transmits it to the gesture signal processing unit, and the gesture signal processing unit converts the gesture motion running track After the signal is converted into a corresponding command, it is sent to the micro-processing unit, and the micro-processing unit drives the controlled product to perform the corresponding action through the driving unit; Touch sensing module: including a touch signal sensing unit, a touch signal transmission unit and a touch sensing signal processing unit, the touch signal sensing unit receives a touch signal and sends it to the touch sensing signal processing unit through the touch signal transmission unit, the touch sensing signal processing unit The touch sensing signal processing unit converts the touch signal into a corresponding command and sends it to the micro-processing unit, and the micro-processing unit drives the controlled product to perform corresponding actions through the driving unit. 2 . The intelligent analytical gesture recognition controller according to claim 1 , further comprising a power switch, wherein the power switch is used to control the internal power supply of the controller module; the power switch is provided with There are three control modes of on, off and dormancy, respectively controlling the connection between the controller module and the external power supply, shutting off and the controller module running with low power consumption. 3 . The intelligent analytical gesture recognition controller according to claim 1 , wherein the touch signal sensing unit comprises a plurality of function sensing keys: each function sensing key corresponds to one of the controlled products. 4 . control instructions, the touch signal transmission unit includes a plurality of touch-sensing springs connected to each of the function-sensing keys respectively, and the function-sensing keys send the touch-sensing signals to the touch-sensing signals through the touch-sensing springs after receiving the touch signals A processing unit, the touch sensing signal processing unit processes the touch signal and sends it to the micro-processing unit, and the micro-processing unit drives the controlled product to perform corresponding actions through the driving unit. 4 . The intelligent analytical gesture recognition controller according to claim 1 , further comprising a working mode switching module, wherein the working mode switching module comprises a switching switch, and the microprocessing unit stores a controlled The automatic running program of the product, the switch sends a working mode switching instruction to the micro-processing unit after receiving the trigger signal, and the micro-processing unit closes the gesture recognition module and all the functions after receiving the working mode switching instruction. The gesture recognition module is used to drive the controlled product to run according to the automatic operation program through the drive unit. 5 . The intelligent analytical gesture recognition controller according to claim 4 , wherein the working mode switching module comprises a magnetic sensor integrated in the controller module, and the switching switch comprises a detachable installation. 6 . On the magnetic element on the outer casing, after receiving the trigger signal of the magnetic element, the magnetic sensor sends a working mode switching instruction to the micro-processing unit, and the micro-processing unit is driven and controlled by the driving unit. The product operates according to the described autorun procedure. 6 . The intelligent analytical gesture recognition controller according to claim 1 , wherein a time threshold is preset in the micro-processing unit, and when the micro-processing unit does not receive the data within the time threshold. 7 . Gesture action running track signal or touch signal, the microprocessing unit sends a sleep instruction to the gesture recognition module, the touch sensing module and the driving unit, the gesture recognition module, the touch sensing module and the driving unit The unit operates in a low power mode. 7 . The intelligent analytical gesture recognition controller according to claim 1 , wherein the gesture recognition module comprises an integrated optical lens and a built-in chip, and the built-in chip and the micro-processing unit are connected between the built-in chip and the micro-processing unit. 8 . The two-way communication is set up through the I2C bus, the optical lens captures the gesture movement running track signal and transmits it to the built-in chip, and the built-in chip converts the gesture movement running track signal and transmits it to the Microprocessing unit. 8 . The intelligent analytical gesture recognition controller according to claim 3 , wherein the outer casing comprises a controller face cover and a controller bottom cover, and a plurality of the function sensing buttons are installed in the controller. 9 . The controller bottom cover is used for installing the controller module and fixing the controller face cover. 9. An intelligent analysis type gesture recognition controller, characterized in that the controller is connected with an LED lamp and a motor for driving control, and the controller comprises a controller face cover, a controller main board and a controller bottom cover; The controller mainboard integrates a power conversion module, a gesture recognition sensor module, a touch sensing signal processor, a drive circuit, and a CPU microprocessor; the power conversion module includes an input power interface and an AC/DC power conversion circuit; the CPU The control parameters and operation programs of the LED lamps and the motor are respectively stored in the microprocessor; the input power interface is used to connect an external power source, and the AC/DC power conversion circuit converts the external power source to realize the The power supply of the controller motherboard, the external power supply can be AC or DC non-polar power supply; the drive circuit includes an LED lamp drive circuit and a motor drive circuit, which are respectively connected to the LED lamp and the motor for drive control; The controller face cover is provided with a plurality of function induction buttons, the function induction buttons include LED lamp power control buttons, motor power control buttons and mode adjustment function buttons, the function induction buttons are connected to the control through a touch induction spring mainboard; The controller bottom cover is used for installing the controller main board and fixing the controller face cover; The function sensing button collects touch signals, and sends the sensed touch signals to the touch sensing signal processor through the touch sensing spring, and the touch sensing signal processor converts the touch signals into corresponding electrical signals and transmits them to all The CPU microprocessor, the CPU microprocessor then sends corresponding instructions to the drive circuit, and controls the LED lamps or the motor to perform corresponding actions through the drive circuit; The gesture recognition sensor module includes an integrated optical lens and a built-in chip, the built-in chip sets up two-way communication with the CPU microprocessor through the I2C bus, and the optical lens captures the gesture movement running track signal and transmits it to the The built-in chip, the built-in chip converts the captured gesture motion trajectory signal and sends it to the CPU microprocessor through the I2C bus, and the CPU microprocessor sends corresponding instructions to the drive circuit through the I2C bus. The driving circuit controls the LED lamps to perform corresponding actions; the gesture recognition sensor module is connected to peripheral components, and the peripheral components include a filter lens, and the filter lens is used to filter out the gesture recognition sensor module. Light wave interference in the environment. 10 . The intelligent analytical gesture recognition controller for LED lamps according to claim 9 , wherein a photosensitive sensor and a magnetic sensor are further integrated on the main board of the controller; the bottom cover of the controller is 10 . The outer side is provided with a magnetic silica gel shell, and a magnetic element is detachably installed on the magnetic silica gel shell. After sensing the magnetic signal of the magnetic element, the magnetic sensor sends a working mode switching instruction to the CPU microprocessor. The CPU microprocessor closes the gesture recognition sensor module, the function sensing button and the touch sensing signal processor after receiving the operating mode switching instruction, and passes through the ambient light intensity signal collected by the light sensor. The drive circuit controls the automatic opening, closing, brightness adjustment and color temperature change of the LED lamps; a time threshold is stored in the CPU microprocessor, and the CPU microprocessor does not receive a touch sensing signal or a touch sensor within the time threshold. Gesture action running track signal, transmitting sleep signal to the gesture recognition sensor module, the touch sensing signal processor and the drive circuit, the gesture recognition sensor module, the touch sensing signal processor and the driver The circuit operates in a low power mode.

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